Inheritance diagram for lookup_crank_angle_calculator_t:

Public Member Functions
	lookup_crank_angle_calculator_t ()=default

	lookup_crank_angle_calculator_t (const std::tuple< uint32_t, bool, uint16_t > &data)

int16_t	calculateCrankAngle (uint32_t currMicros, const int16_t toothAngles[], const config4 &page4) const
	Calculate the crank angle.

Additional Inherited Members
Public Attributes inherited from last_tooth_rev_calculator_t
uint32_t	_toothLastToothTime = 0
	Time in µS that the current tooth was last detected.

Public Attributes inherited from sequential_correction_calculator_t
bool	_revZeroOrOne = false
	When calculating over 720°, tells the calculator if we are in the 1st revolution (false) or the 2nd (true)

Public Attributes inherited from lookup_initial_calculator_t
uint16_t	_toothCurrentCount = 0
	1-based tooth number

Protected Member Functions inherited from last_tooth_rev_calculator_t
	last_tooth_rev_calculator_t ()=default

	last_tooth_rev_calculator_t (uint32_t toothLastToothTime)

int16_t	calculate (uint32_t currMicros) const

Protected Member Functions inherited from sequential_correction_calculator_t
	sequential_correction_calculator_t ()=default

	sequential_correction_calculator_t (bool revZeroOrOne)

int16_t	calculate (const config4 &page4) const

Protected Member Functions inherited from lookup_initial_calculator_t
	lookup_initial_calculator_t ()=default

	lookup_initial_calculator_t (uint16_t toothCurrentCount)

int16_t	calculate (const int16_t toothAngles[]) const
	Calculate the crank angle.

Constructor & Destructor Documentation

◆ lookup_crank_angle_calculator_t() [1/2]

lookup_crank_angle_calculator_t::lookup_crank_angle_calculator_t ( )

default

lookup_crank_angle_calculator_t::lookup_crank_angle_calculator_t ( const std::tuple< uint32_t, bool, uint16_t > & data )

explicit

int16_t lookup_crank_angle_calculator_t::calculateCrankAngle	(	uint32_t	currMicros,
		const int16_t	toothAngles[],
		const config4 &	page4
	)		const

Calculate the crank angle.

Parameters

currMicros	Current time in µS. Usually the result of a call to micros()
toothAngles	Array to lookup. Note that teeth numbers are 1-based, but arrays are 0-based
page4	The tune

The documentation for this struct was generated from the following files: